C / C++

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Figma

Build C++ applications in the Linux environment with C++ software engineers with an agile scrum approach to Object Oriented design and CI/CD practices. Find C / C++ WFH freelancers on January 21, 2025 who work remotely. Read less

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What to Know

If you're learning C / C++, what key areas should be on your programming course?

C Programming:

Foundation of Modern Computing:
C was developed by Dennis Ritchie at Bell Labs in the early 1970s and is fundamental to the creation of UNIX. It's often referred to as the "mother of all programming languages" due to its influence on subsequent languages.

Procedural Language:
C is a procedural programming language, focusing on procedures or functions rather than objects, making it ideal for system-level programming.

Low-Level Access:
Offers direct access to hardware resources through pointers and memory management, allowing for efficient system-level programming.

Portability:
C programs can be compiled on many different platforms with little to no modification, making it highly portable.

Efficiency and Performance:
Known for its speed and efficiency since it compiles to machine code that closely matches the hardware's capabilities.

Small Standard Library:
C has a relatively small standard library, which means developers often need to write more code or use external libraries for complex tasks.

Manual Memory Management:
Developers must manually manage memory using malloc(), free(), and other functions, which can lead to memory leaks if not done correctly.

Influence:
C has influenced many programming languages including C++, Java, Python, and more, due to its syntax and design philosophy.

C++ Programming:

Extension of C:
Developed by Bjarne Stroustrup in the early 1980s as an extension of C, adding object-oriented features. Initially called "C with Classes."

Multi-Paradigm:
C++ supports procedural, object-oriented, generic, and functional programming paradigms, offering great flexibility.

Object-Oriented Programming (OOP):
Introduces classes, inheritance, polymorphism, and encapsulation, providing powerful tools for complex software development.

Standard Template Library (STL):
C++ comes with an extensive standard library, including the STL, which provides generic containers, algorithms, and iterators for efficient programming.

Performance and Efficiency:
Like C, C++ is known for its performance, often used in applications where speed and low-level control are critical, such as game development, real-time systems, and embedded systems.

RAII (Resource Acquisition Is Initialization):
A key concept in C++ for managing resources, ensuring that resources are properly released when they go out of scope.

Templates:
Allows for generic programming, where code can be written to work with any data type without sacrificing performance.

Exception Handling:
C++ introduces a more robust error handling mechanism through try-catch blocks, improving code reliability.

Modern Features:
With updates like C++11, C++14, C++17, and C++20, the language has gained new features like auto, lambda expressions, smart pointers, and more, enhancing both productivity and safety.

Interoperability:
C++ can call C code easily due to their shared ancestry, allowing for integration with existing C libraries.

Complex Syntax:
While powerful, C++'s syntax can be complex, especially for beginners, due to its vast feature set and multiple ways to accomplish tasks.

Memory Management:
While C++ also requires manual memory management, it introduces smart pointers and other mechanisms to help manage resources safely.

Applications:
Widely used in areas requiring high performance like operating systems, browser engines, databases, and gaming engines.

Community and Ecosystem:
Supported by a large, active community, with numerous libraries and frameworks available, making it suitable for both beginners and advanced users.

Common to Both:

Close to Hardware: Both languages are known for giving developers fine control over system resources.
Learning Curve: There's a steep learning curve, especially with pointers, memory management, and complex features in C++.
Debugging: Can be challenging due to low-level operations; however, this also teaches developers about system internals.
Compilation: Both are compiled languages, offering performance benefits but requiring a compilation step before execution.

Developers recommend these languages for those interested in systems programming, game development, performance-critical applications, or anyone looking to deeply understand how software interacts with hardware.

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